
MAPware-7000 Ladder Logic Guide 8
1010-1041 rev. 00
Conversion Instructions
These are instructions which convert the data from one type of format (ex. BCD, Hex, ASCII) to
another format.
The hexadecimal data in a series of
consecutive registers (1 to 32) beginning
with Operand A is converted into ASCII
characters and stored in consecutive
registers starting with Operand B.
The ASCII data in a series of consecutive
registers (1 to 64) beginning with
Operand A is converted into hexadecimal
characters and stored in consecutive
registers starting with Operand B.
Computes the absolute value in Operand
A and stores in Operand B.
Computes the 2’s complement value in
Operand A and stores in Operand B.
Double-word 2’s
Complement
Computes the 2’s complement value in
Operand A (and register A+1) and stores
in Operand B (and register B+1).
Converts the lower 4 data bits of
Operand A into 7 segment code, and
stores it in Operand B. The 7 segment
code is normally used for a numeric
display LED.
Converts alphanumeric characters (up to
16) into ASCII codes, and stores them in
the designated register table, starting
with Operand B.
Converts 4 digits of BCD data in Operand
A into binary and stores in Operand B.
Converts the binary data in Operand A
into BCD data and stores in Operand B.
Converts integer (16 or 32 bit) value in
Operand A into a floating point value (32
bit) and stores in Operand B.
Converts a floating point value (32 bit) in
Operand A into an integer (16 or 32 bit)
Komentarze do niniejszej Instrukcji